The reduction of the charge of the species in molten salts, including the complete removal of the Coulomb interaction, appears to have the same effect as an increase in the pressure on these systems. This observation leads ...

The performance of fermentation processes is greatly influenced by the size and quality of inocula. The characterization of the replicative age is decided by the number of birth scars each yeast exhibits on its cellular ...

INDISIM-YEAST, an individual-based simulator, models the evolution of a yeast population by setting
up rules of behaviour for each individual cell according to their own biological rules and characteristics. It
takes ...

The static structure of molten AgBr and AgCl have been calculated using the hypernetted chain theory of liquids ~HNC! and molecular dynamics simulations ~MD! with effective potentials based on the functional form originally ...

Three sets of molecular dynamics simulations have been carried out to study the static structure and transport properties of molten AgCl at 1073 K. The first uses the Vashishta-Rahman rigid-ion potential (R-VR). The other ...

The bridge functions of molten NaCl and AgI near melting were obtained by using the model potentials of Born–Huggins–Mayer for NaCl and Vashishta–Rahman for AgI. The calculations of the bridge functions involved molecular ...

We have studied the total structure of molten AgCl at 1073 K by means of two polarizable ion models via molecular dynamics simulations. The model potentials consisted of either the Vashishta–Rahman (VR) or the Born–Mayer ...